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The figure below represents a toroid with N coils carrying current I around a donut shape. The coils are indicated with the blue dots (current coming out of the page) and blue crosses (current going back into the page). Three circular Amperian loops are shown with dashed lines, D₁ at radius r₁, D₂ at radius r2, and D3 at radius r3. What is the flux passing through each of the Amperian loops? Choose one of A to E.

The figure below represents a toroid with N coils carrying current I around a donut shape. The coils are indicated with the blue dots (current coming out of the page) and blue crosses (current going back into the page). Three circular Amperian loops are shown with dashed lines, D₁ at radius r₁, D₂ at radius r2, and D3 at radius r3. What is the flux passing through each of the Amperian loops? Choose one of A to E.

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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1. The figure below represents a toroid with N coils carrying current I around a donut shape. The coils are indicated with the blue dots (current coming out of the page) and blue crosses (current going back into the page). Three circular Amperian loops are shown with dashed lines, D₁ at radius r₁, D₂ at radius r2, and D3 at radius r3. What is the flux passing through each of the Amperian loops? Choose one of A to E. A B C D E D₁ 2πir₁ 0 0 0 2πr1 D₂ 2πίr2 2πir2 HoNi HoNi 2πr2 D3 2πir 3 2πir 3 2μ Ni 0 2πχ 3
Transcribed Image Text:1. The figure below represents a toroid with N coils carrying current I around a donut shape. The coils are indicated with the blue dots (current coming out of the page) and blue crosses (current going back into the page). Three circular Amperian loops are shown with dashed lines, D₁ at radius r₁, D₂ at radius r2, and D3 at radius r3. What is the flux passing through each of the Amperian loops? Choose one of A to E. A B C D E D₁ 2πir₁ 0 0 0 2πr1 D₂ 2πίr2 2πir2 HoNi HoNi 2πr2 D3 2πir 3 2πir 3 2μ Ni 0 2πχ 3
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